| Project Title: | Role |
| Prototyping A Methodology To Develop Regional-Scale Forest Aboveground Biomass Carbon Maps Predicted From Landsat Time Series, Trained From Field and Lidar Data Collections, And Independently Validated With FIA Data (view profile) | Project Lead |
| A bottom-up, stakeholder-driven CMS for regional biomass carbon dynamics: Phase II (view profile) | Project Lead |
| A Phase 3 CMS that disaggregates forest biomass estimates in response to stakeholder needs: Seeing the forest for the trees
(view profile) | Project Lead |
| Tools to bridge the gap between static CMS maps, models, and stakeholders (view profile) | Collaborator |
| Developing a framework to quantify uncertainty and harmonize diverse earth observation estimates of forest carbon (view profile) | Co-Investigator |
| Teal Carbon – Phase 2: Scaling Wetland Carbon Accounting and Uncertainty Estimation to Meet Stakeholder Policy and Decision-Making Needs (view profile) | Collaborator |
| Icesat-2 Science Team: Lidar Photons and Machine Learning for Deriving Vegetation Biophysical Parameters (view profile) | Collaborator |
| CMS4D: A multi-scale data-fusion prototype system for the next generation of carbon dynamics monitoring from space: a case study in the Brazilian Cerrado – fire and fuel in a biodiversity hotspot (view profile) | Co-Investigator |
| Planktonic Ecosystem Response to Changing Sea Ice and Upper Ocean Physics in the Chukchi and Beaufort Seas: Modeling, Satellite and In Situ Observations (view profile) | Participant |
